Abstract: Content items found in a designated folder within an e-mail system are obtained by a separate computing system. The content items are converted into entities within the separate computing system, and associated with one or more other entities within the separate computing system, based on a set of mapping rules. The content items can then be surfaced, in context, in the separate computing system.

Abstract: Content items found in a designated folder within an e-mail system are obtained by a separate computing system. The content items are converted into entities within the separate computing system, and associated with one or more other entities within the separate computing system, based on a set of mapping rules. The content items can then be surfaced, in context, in the separate computing system.

Abstract: Content items found in a designated folder within an e-mail system are obtained by a separate computing system. The content items are converted into entities within the separate computing system, and associated with one or more other entities within the separate computing system, based on a set of mapping rules. The content items can then be surfaced, in context, in the separate computing system.

Abstract: Content items found in a designated folder within an e-mail system are obtained by a separate computing system. The content items are converted into entities within the separate computing system, and associated with one or more other entities within the separate computing system, based on a set of mapping rules. The content items can then be surfaced, in context, in the separate computing system.

Abstract: Content items found in a designated folder within an e-mail system are obtained by a separate computing system. The content items are converted into entities within the separate computing system, and associated with one or more other entities within the separate computing system, based on a set of mapping rules. The content items can then be surfaced, in context, in the separate computing system.

Abstract: User interface displays are generated that have user input mechanism that receive campaign creation user inputs to create an automated campaign. The campaign is activated, and analytics components gather and generate performance information indicative of a performance of the created campaign. The performance data is displayed, for individual actions, and aggregated actions for user management of the campaign.

Abstract: Content items found in a designated folder within an e-mail system are obtained by a separate computing system. The content items are converted into entities within the separate computing system, and associated with one or more other entities within the separate computing system, based on a set of mapping rules. The content items can then be surfaced, in context, in the separate computing system.

Abstract: A collaboration system receives a user input from a sales user requesting marketing campaign data for a given context. The marketing campaign data, relative to the context of the sales user, is displayed, along with configuration user input mechanisms that can be actuated to allow the sales user to configure certain parts of the marketing campaign.

Abstract: A campaign user interface display is generated. A user can create and monitor a campaign from the same user interface.

Abstract: User interface displays are generated that have user input mechanism that receive campaign creation user inputs to create an automated campaign. The campaign is activated, and analytics components gather and generate performance information indicative of a performance of the created campaign. The performance data is displayed, for individual actions, and aggregated actions for user management of the campaign.

Abstract: Technologies are generally provided for controlling customer relationship management (CRM) data through actions in a spreadsheet application. A spreadsheet application may be configured to enable CRM data to be imported from a CRM application and to enable the CRM data to be manipulated employing native spreadsheet capabilities. A CRM application pane may be displayed within the spreadsheet application to enable data to be selected to be imported into the spreadsheet application. The CRM application pane may also display additional CRM information related to selected content displayed within the spreadsheet application. The CRM application pane may further enable collaborative functionalities such as communication with other users associated with the CRM application, taking notes and scheduling tasks, as some examples. Data changes made within the spreadsheet application may be saved and exported back to the CRM application.

Abstract: A method for the preparation of montelukast acid sodium salt thereof in amorphous form has been described. The method comprises of following steps: (a) generating the dilithium dianion of 1-(mercaptomethyl)cyclopropane acetic acid, by reacting with alkyl lithium, (b) coupling the said dianion with wet mesylate to get montelukast acid in crude form, (c) obtaining DCHA salt in crude form by adding dicyclohexylamine (DCHA) to crude acid obtained in the above step (b), (d) purifying and converting the said DCHA salt in crude form, to montelukast acid in pure form, and (e) reacting the pure montelukast acid in a polar protic solvent with a source of sodium ion followed by evaporating the solvent and triturating of the residue with non-polar water immiscible solvent.

Abstract: Systems and methods to provide an availability and price determination, in response to a request for function space, to a user in real-time. For one embodiment, a request for a function space is received at a digital processing system that contains availability information and a set of pricing rules for one or more function spaces. The request includes a plurality of criteria. An availability of the requested function space is determined based upon the availability information and one or more of the criterion. A price for the requested function space is determined based upon the set of pricing rules and one or more of the criterion.

Abstract: Improved process for the preparation of amorphous atorvastatin calcium salt (2:1) comprises hydrolyzing the lactone form of atorvastatin of formula of FIG. 1 with aqueous alkali or alkaline earth metal base, extracting with organic solvent the reaction mixture and adding the same to an anti-solvent to precipitate the product and finally filtering the product to afford amorphous atorvastatin calcium (2:1). The process also comprises the preparation of amorphous atorvastatin calcium salt (2:1) from its crystalline form.